Page 16 - 2012no43

Basic HTML Version

分子植物育种
(
网络版
), 2012
,
10
,
1317
-
1322
Fenzi Zhiwu Yuzhong (Online), 2012, Vol.10, 1317
-
1322
http://mpb.5th.sophiapublisher.com
1321
1
供试材料
Table 1 Plant materials used in this study
材料
来源
分类
穗型
材料
来源
分类
穗型
Material
Origin
Taxon
Panicle type
Material
Origin
Taxon
Panicle type
明恢
63
江苏
籼稻
弯曲穗
南粳
44
江苏
粳稻
直立穗
Minghui63
Jiangsu
Indica
Curved panicle Nanjing44
Jiangsu
Japonica
Erect panicle
镇恢
084
江苏
籼稻
弯曲穗
南粳
45
江苏
粳稻
直立穗
Zhenhui084
Jiangsu
Indica
Curved panicle Nanjing45
Jiangsu
Japonica
Erect panicle
9311
江苏
籼稻
弯曲穗
徐稻
3
江苏
粳稻
直立穗
Jiangsu
Indica
Curved panicle Xudao3
Jiangsu
Japonica
Erect panicle
明恢
81
江苏
籼稻
弯曲穗
镇稻
11
江苏
粳稻
直立穗
Minghui81
Jiangsu
Indica
Curved panicle Zhendao11
Jiangsu
Japonica
Erect panicle
南粳
34
江苏
粳稻
弯曲穗
镇稻
88
江苏
粳稻
直立穗
Nanjin34
Jiangsu
Japonica
Curved panicle Zhendao88
Jiangsu
Japonica
Erect panicle
盐稻
5
江苏
粳稻
弯曲穗
盐稻
15
江苏
粳稻
直立穗
Yandao5
Jiangsu
Japonica
Curved panicle Yandao15
Jiangsu
Japonica
Erect panicle
苏粳
5
江苏
粳稻
弯曲穗
淮稻
10
江苏
粳稻
直立穗
Sujing5
Jiangsu
Japonica
Curved panicle Huaidao10
Jiangsu
Japonica
Erect panicle
泗稻
8
江苏
粳稻
弯曲穗
宁粳
1
江苏
粳稻
直立穗
Sidao8
Jiangsu
Japonica
Curved panicle Ningjing1
Jiangsu
Japonica
Erect panicle
泗稻
10
江苏
粳稻
弯曲穗
连粳
7
江苏
粳稻
直立穗
Sidao10
Jiangsu
Japonica
Curved panicle Lianjing7
Jiangsu
Japonica
Erect panicle
农垦
57
日本
粳稻
弯曲穗
嘉花
1
浙江
粳稻
直立穗
Nongken57
Japan
Japonica
Curved panicle Jiahua1
Zhejiang
Japonica
Erect panicle
武育粳
3
江苏
粳稻
直立穗
辽粳
5
辽宁
粳稻
直立穗
Wuyujing3
Jiangsu
Japonica
Erect panicle
Liaojing5
Liaoning
Japonica
Erect panicle
武运粳
23
江苏
粳稻
直立穗
沈农
265
辽宁
粳稻
直立穗
Wuyunjing23 Jiangsu
Japonica
Erect panicle
Shennong265 Liaoning
Japonica
Erect panicle
致谢
本研究由国家与江苏省粮食丰产科技工程
(2011BAD1-
6B03/BE2009425)
、江苏省农业科技自主创新基金
(CX[11]-
4020)
的资助。
参考文献
Andersen J.R., and Lübberstedt T., 2003, Functional markers in
plants, Trends in Plant Science, 8(11): 554-560
http://dx.
doi.org/10.1016/j.tplants.2003.09.010 PMid:14607101
Chen W.F., Xu Z.J., Zhang W.Z., Zhang L.B., and Yang S.R.,
2001, Creation of new plant type and breeding rice for
super high yield, Acta Agronomica Sinica, 27(5): 665-672
Chen W.F., Xu Z.J., Zhang L.B., Zhang W.Z., and Yang S.R.,
2002, Advances and prospects of rice breeding for super
high yield, Zhongguo Gongcheng Kexue (Engineering
Science), 4(1): 31-35 (
陈温福
,
徐正进
,
张龙步
,
张文忠
,
杨守仁
, 2002,
水稻超高产育种研究进展与前景
,
中国
工程科学
, 4(1): 31-35)
Chen W.F., Xu Z.J., and Zhang L.B., 2003, Rice breeding for
super high Yield
from theories to practices, Shenyang
Nongye Daxue Xuebao (Journal of Shenyang Agricultural
University), 34(5): 324-327 (
陈温福
,
徐正进
,
张龙步
,
2003,
水稻超高产育种——从理论到实践
,
沈阳农业大
学学报
, 34(5): 324-327)
Jin X.H., Wang J.Y., Xu Z.J., Zhang W.Z., Chen W.F., and
Zhang L.B., 2003, Genetic multiple-effects of erect
panicle type rice, Shenyang Nongye Daxue Xuebao
(Journal of Shenyang Agricultural University), 34(5):
332-335 (
金雪花
,
王嘉宇
,
徐正进
,
张文忠
,
陈温福
,
张龙步
, 2003,
水稻直立穗型基因多效性的研究
,
沈阳
农业大学学报
, 34(5): 332-335)
Kong F.N., Wang J.Y., Zou J.C., Shi L.X., Jin D.M., Xu Z.J.,
and Wang B., 2007, Molecular tagging and mapping of the
erect panicle gene in rice, Mol. Breeding, 19(4): 297-304
http://dx.doi.org/10.1007/s11032-006-9062-x
Lu Y.T., Liu Q.L., Wang J.M., Yan W.C., Yu F.M., and Jin Q.S.,
2008, Detection of rice fragrant gene by allele-specific
amplification, Zuowu Xuebao (Acta Agronomica Sinica),
34(2): 243-246 (
陆艳婷
,
刘庆龙
,
王俊敏
,
严文潮
,
法明
,
金庆生
, 2008,
利用等位基因特异扩增快速检测
水稻香味基因
,
作物学报
, 34(2): 243-246)
McCouch S.R., Kotcket G., Yu Z.H., Wang Z.Y., Khush G.S.,